This brings me to a problem I have always had with the electricals of this unit. I am unable to melt the solder or get anything to stick to the original wires using my normal electronic flux and equipment. Is the problem just that a 20w iron is insufficient?

The top nut and fiber washer are correct. The lower nut is upside down.I was recently luck to obtain a near mint 103.23140 floor model with the OEM speed reducer.
Q: attached is a picture of the depth stop rod with the nuts and fiber washer as I received the unit. Are these correct nuts and are they correctly orientated?
Thanks in advance!




I also was worried about snapping the cast crank...Very nice! I love the plated parts and looking forward to seeing the lift finished and installed.
I tried to press out the crank knob on my last lift, but I didn't want to crack the arm. I wanted to look for a spinning knob with threads and tap the arm. I always wondered why Atlas didn't do it.
IMO, the belt may be the correct length. To me, the motor and mount appear to be very close to the head casting. The motor is set too low on the mount.the belt in use seems to be too big. It is using the bottom slot on the quill pulley and the 2nd from the bottom one on the motor pulley. Can anyone tell me what size belt I need for it? I have tried to search and everyone just says to measure the existing belt...
OK. I see what you're saying. I will attempt to adjust it.IMO, the belt may be the correct length. To me, the motor and mount appear to be very close to the head casting. The motor is set too low on the mount.
314 MADE IN USA 15405 (256D)Are there any markings or part number on the belt?
For now I want to get it running and build a cart for it. Eventually I may do a full restore.What are your plans? Get it running right? Or a complete overhaul?
Where are you located?
Then, adjust the motor mount out to tighten the belt.
I don't see how to move the mount out. It seems fixed on a hinge attached to two fixed rods.If the motor mount rods don't reach their front bores, the belt is too long.
I don't see how to move the mount out. It seems fixed on a hinge attached to two fixed rods.
Here are a couple images to illustrate.
Thank you.

Yes, I see the rods. I just don't see how they could be in a different position. If I remove the screws and pull the rods out to move the motor mount further out, how would I reattach the rods without moving them back to the original position.
The rods are threaded for the screws. When tightened, the screws press against the head casting to lock the rods in place. The screws are not threaded into the head casting.Yes, I see the rods. I just don't see how they could be in a different position. If I remove the screws and pull the rods out to move the motor mount further out, how would I reattach the rods without moving them back to the original position.
Hold off on a new belt. Yours could still work after the adjustments.I'll look for that belt though. Thanks!
The rods are threaded for the screws. When tightened, the screws press against the head casting to lock the rods in place. The screws are not threaded into the head casting.
I like the concept of the pivoting motor mount, but not this execution on the 0305. A 1/4-20 thread through a 1/2" rod just does not seem right to me. IMO, the motor mount is a little more difficult to install and adjust.
My motor seems so much larger than yours.I just found this photo from the earlier refurb. It shows a 42" belt.
The switch is a General Electric. Perhaps the motor is too. There's just so much paint on it.Yeah, it's pretty big. I'm not sure that it's a Craftsman motor. I can't make out anything on the badge. Is there any other info printed somewhere else?
I'd have to check. But if that's the case, the user should be informed, and not just silently fail.How large are your photos? Occasionally, mine are too large and I have to resize them.
I think I see an oil port below the pulley. If so, your motor has sleeve bearings/bushings. Some axial play (parallel to the shaft) is not uncommon. Radial play {perpendicular to the shaft) should be near zero.The bearings are so smooth, I really don't want to mess with it.One question on the motor actually. There is no side play, but there is a small amount of play in and out. Is that normal? It is very quiet running without the belt attached.
Can you point out what you're seeing? And yes, that is how mine is.I think I see an oil port below the pulley. If so, your motor has sleeve bearings/bushings. Some axial play (parallel to the shaft) is not uncommon. Radial play {perpendicular to the shaft) should be near zero.
@FrankLee -- Never mind. I see it. It has a little flip top. This motor seems like it's meant to be mounted parallel to the ground as opposed to perpendicular. What do you think?Can you point out what you're seeing? And yes, that is how mine is.
Sleeve bearing motors are generally used in a horizontal position. However, old Craftsman catalogs specify that many of their sleeve bearing motors can be mounted in any position.@FrankLee -- Never mind. I see it. It has a little flip top. This motor seems like it's meant to be mounted parallel to the ground as opposed to perpendicular. What do you think?









Those are great motors, but it can turn into a quagmire with the brittle wire insulation inside. You can remove the bearing covers and add some fresh grease if needed. The bearings are open on the outboard sides.I tested the "new" motor on the bench. It started easily, and ran smoothly and pretty quiet.
I have new bearings for it, but not sure if it'll be worth the trouble to swap them out.
Whatever it takes! The things previous owners did are often baffling.I got stuck trying to remove that bracket, in order to mount it to the back of the drill head.
Can hold the nuts in place with an open-end wrench, but no room to spin them.
Someone used a carriage bolt, but there's no matching counter-sink in the part, so I couldn't hold it to loosen. Not sure how they originally tightened the thing!
I spent about 1/2 hr trying to figure out a way to remove it.
Read a thread here from someone with a similar problem - most suggestions ran to nut splitter ( no clearance, and don't have one); plasma cutter (don't have one); hack saw (difficult, time consuming); or sawzall.
A few hours after walking away, and drilling my 4" long 1/2" holes by hand, I needed to cut the head off a 1/2" stainless bolt. Out came the sawzall. So, I tackled those two at the same time.
Diablo "Thick Metal" blade made shockingly quick work of it.
I already have replacement fasteners lined up.
What is the old motor?Table and Head went on MUCH easier than they came off!!!
Will need to pull multi-speed pully off the old motor, and swap over to this one.
I always(?) remove those handi-boxes and go back to stock. You might consider a foot switch if young kids or large pets are not an issue.I now need to decide if I want to cut the power cord and utilize the box my wife's Grandpa mounted to the side, or just use the on/off switch on the back of the motor.
If you haven't seen any of Jeff's Shop refurb youtube videos (member @11b30b4), you should check them out.New fasteners, belts and bearings, as well as a puller, press, and a few other tools all set to go.
Heavy lifting, which I was dreading, is over.
So the rest is just the tedium of getting all the details right.
Now that my immediate need for big, straight holes has subsided, I've got a ton more to do around the house before getting back to the press. Plus, it would be nice if it cooled down a bit before I need to tackle it. So, I'll probably resume in October timeframe.

That Dunlap is a nice motor, but yeah, it's too anemic for that drill press.Thanks, Frank.
Great advice, as always.
Old motor was 1/4hp Dunlap.
As I recall, from 2 years ago when I dessassmbled it, it mostly worked fine. Had a couple failures to start when I flipped the switch, and bogged down once on a particularly big (for me) job.
But I think the 1/3hp is better suited to the full-height drill press.
I'm not too familiar with the various greases, but if you're going to add grease to the bearings, it should be compatible with the existing grease.As far as greasing the bearings - I have white Lithium grease in the tube, and red CV-2 Moly high temp & pressure automotive grease in a tub. Is either of those well suited to this application?
